Superconducting Micronetworks and Josephson Junction Arrays

• Superconducting networks and arrays of Josephson Junctions exhibit interesting quantum interference effects that can be derived analytically by using a "Summ over histories" approch.

• Our computed Feynman path-integrals of electron motion on lattices in magnetic fields provide information on the diamagnetic response of electrons in lattices.

• This technique can be extended to provide exact results on the magnetoconductance of strongly localized electrons and also for Generalized Flux Phases approach to correlated electrons.

Selected Papers on Quantum Interference, Superconducting Micronetworks, and Josephson junctions

In this site you can readily access several of our most recent abstracts and preprints.

A selected abstract will appear on your screen by clicking on "abs"

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Help is provided on-line by the LANL E-Print archive.

Selected Papers on Quantum Interference by Y.-L. Lin and F. Nori